Index Locorum

Guglielmo Inglese

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Index Locorum

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Guglielmo Inglese

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Dar Hadith al Hassania

Index Locorum

Reference to Hittite text editions is made following the conventional abbreviations, see Hethitologie Portal Mainz https://www.hethport.uni-wuerzburg.de/HPM/index.php

ABoT 1.60, MH/MS

obv. 17–18 292, 479

ABoT 1.65, MH/MS

obv. 4–5 405

rev. 11 516

rev. 15 516

ABoT 7+ v 35–36, NS 542

Alalah 454 iv 10 561

Bo 4767, OH/OS 377n35

Bo 86/299, NH/NS

ii 3 529

ii 69 406

FHL 57+, NH/NS

iii 46–47 175, 236, 517

iii 53 294

HHCTO 1 11, MH/MS 303

HKM 5 obv. 3–5 MH/MS 569

HMK 10 rev. 6, MH/MS 73

HKM 17 rev. 41, MH/MS 210

HKM 27 obv. 8, MH/MS 181, 510

HKM 29 rev. 9–10, MH/MS 519

HKM 31 v 11–12, MH/MS 537

HKM 46 15–17, MH/MS 536

HKM 47 obv. 15, MH/MS 331n16

HKM 54 21–24, MH/MS 519

HKM 73 rev. 29, MH/MS 363

HKM 75, 23–24, MH/MS 73

HKM 80, MH/MS

obv. 8 566

l. ed. 3–4 358

HSM 3645 i 9 317n10

HT 95 rev. 7, OH/OS 527

IBoT 1.29 54, MS 452

IBoT 1.33 149n13

IBoT 1.36 MH/MS

i 39–40 457

i 48–49 386

i 61 346

i 63 346

i 74 330

ii 9 278

ii 16–17 74, 285

ii 20 278

ii 24–25 339

ii 45 297

ii 58 557

iii 20 459

iii 44 456

iii 47 187, 461

iii 51 566

iii 53–54 473, 542

iii 68 180, 511

iii 70 308

iv 20–21 457

IBoT 2.129 obv. 30, NH 519

IBoT 3.109: 6 97

IBoT 3.146 iii 50–52, NS 479

KBo 1.30, NS 384

KBo 2.2, NH/NS

i 22 156, 450

ii 42 448

KBo 2.4 i 19–20, NH/NS 440

KBo 2.5, NH/NS

iii 51–52 440

iv 11 132

iv 18 160

KBo 2.6 iii 48, NH/NS 493

KBo 2.12 v 9–10 332

KBo 3.16, OH/NS 528

KBo 3.2 rev. 34, MH/NS 410

KBo 3.4, NH/NS

i 5–6 322

i 13 324

ii 13 428

ii 52–53 153, 526

ii 21 323n12

iii 16 368

iii 60–61 186, 286

iii 62 304

KBo 3.8 iii 20–21, OH/NS 492

KBo 3.5, MH/NS

i 32 441

ii 49 345

iv 25–26 440

KBo 3.21 ii 1, OH/NS 132, 566

KBo 3.22 OH/OS 284n2

obv. 50 436

rev. 46 106, 326

rev. 51 336

rev. 54 217, 340

KBo 3.34, OH/NS

ii 39 481

ii 41 144n11, 503

iii 15 120, 284

KBo 3.38, OH/NS

obv. 6 390

obv. 7 303

KBo 3.45 obv. 4 482n53

KBo 3.53+ obv. 7 OH/NS 361

KBo 3.60 ii 3–4, OH/NS 442

KBo 3.67 ii 7, OH/NS 40

KBo 4.3 ii 37 390

KBo 4.4, NH/NS

ii 15 449

ii 51 462

iii 46 370

iv 19 370

iv 42 303

KBo 4.6, NS

obv. 24 382

obv. 25 532

KBo 4.7 i 11, NH/NS 186, 286

KBo 4.8, NH/NS

ii 8–10 316

ii 10–11 145

ii 13 536

KBo 4.9 ii 9–10, OH?/NS 136

KBo 4.10, NH/NS

obv. 11 158, 179, 507

obv. 12 539

obv. 23 371

obv. 51 446

KBo 4.12, NH/NS

obv. 6 324

obv. 27 106, 396

KBo 4.14, NH/NS

i 58 571

i 59 571

ii 5–6 323n212

ii 14 510

ii 27 403

ii 52 321

ii 75 461

KBo 5.1, NS

i 28 319

ii 40 479

iii 55 567

iv 1 151, 539

KBo 5.2 iii 37–38, MH/NS 436

KBo 5.3 iii 68–69, NH/NS 416

KBo 5.4, NH/NS

obv. 20 279

rev. 10–11 426

rev. 38 98, 418

rev. 40 375

KBo 5.6, NH/NS

i 1 66

i 22–23 152, 522

ii 2 74n19

ii 6 400

iii 6 400

iii 26 66

KBo 5.8, NH/NS

i 22 538

i 25–26 344

ii 15 290

ii 26 98

ii 42 98

iii 5 286

iii 18 514

iii 19–21 126, 404

iii 21 295

iii 38 382

KBo 5.9 i 14–15, NH/NS 323

KBo 5.13, NH/NS

ii 6 306

ii 7–8 280

ii 19 422

iii 1 281

KBo 6.12 i 20, OH/NS 154

KBo 6.2, OH/OS

i 1 80, 359

i 9 496

i 16 481

i 17–18 500

ii 14 327, 386n37

ii 22 306

ii 30 170

ii 38 553

ii 39 487

ii 44 528

ii 56 101, 102, 304

iii 8–11 84, 160, 384, 526

iii 33 79

iii 47–48 470

KBo 6.3 OH/NS

ii 10 352

ii 19 471

ii 32 386n37

iv 18 488

KBo 6.5 iii 5, OH/NS 353

KBo 6.25+ iii 7, NH/NS 395

KBo 6.26 ii 16, OH/NS 149, 160

KBo 6.29 i 11, NH/NS 50

KBo 6.34, MH/NS

ii 9–10 217, 416

ii 28 469n51

iv 5–6 309

KBo 7.28, OH/MS

obv. 11 496

obv. 13 477

obv. 16 154

KBo 8.42, OH/OS

obv. 5 329

rev. 9 347n23

rev. 10 347n23

KBo 8.96 obv. 1, 2 OH/MS 570

KBo 9.15 ii 16–20, NS 127

KBo 9.96, NH/NS

i 6 512

ii 3 44

KBo 10.12 + iii 41, NH/NS 376

KBo 10.34 i 11, MH/NS 504

KBo 10.45 iv 32, MH/NS 333

KBo 10.7 ii 25, NS 293n5

KBo 11.1, NH/NS

obv. 25 513

obv. 27 510

rev. 10 495

rev. 18 494

KBo 11.11 i 9, NS 341

KBo 11.34 i 5, OH/NS 465

KBo 11.72 ii 38, MH/NS 472

KBo 12.1 iv 6, NS 437n46

KBo 12.112 rev. 12, NH/NS 424

KBo 12.139, 5, NS 491n56

KBo 12.3 iv 11, NS 116na

KBo 12.38, NH/LNS

i 7–8 474

ii 21 550

KBo 12.62, MH/MS

rev. 10–12 305

rev. 13 379

rev. 14–16 443

KBo 12.96 i 14, NS 107

KBo 13.109, NS 342n22

KBo 13.111, 7, NS 336n17

KBo 13.119 iii 16, NS 107n2

KBo 13.260 iii 39–41, NS 393

KBo 14.3 iv 30, NH/NS 461

KBo 14.19 ii 25, NH/NS 438

KBo 14.68+ i 16–17, NH/NS 402

KBo 15.11 iii 7, NS 179, 476

KBo 15.16 + ii 9, MH/MS 458

KBo 15.2 rev. 27–29, NS 438

KBo 15.22 8, NS 404

KBo 15.25 rev. 6, OH/NS 318

KBo 15.33 iii 15, MS 354

KBo 16.25, MH/MS

i 81–82 285n3

ii 23 370

KBo 16.27, MH/MS

ii 2 430

iii 9 301

KBo 16.47, MH/MS

obv. 3 101

obv. 13 430

KBo 16.50 obv. 20–21, MH/MS 300

KBo 16.97 + KBo 40.48 rev. 38–39, MH/MS 462

KBo 16.98, NH/NS

ii 10 328

iii 15 514

KBo 17.1+, OH/OS

i 6 74, 438

i 9 299

i 24 557

i 30 284

i 35 453

i 36 74

i 37 452

ii 33 300

iii 14 378

iii 21 319

iv 7 343

iv 9 303

iv 11 181, 345

iv 13 181, 183, 346

KBo 17.3+ iii 47 OH/OS 216, 414

KBo 17.9+ ii 29, OH/OS 180, 50

KBo 17.11+, OH/OS

i 1 127, 349

i 5–6 284

i 19 338n18

i 40 148, 179, 526

i 52 415

iv 7 126

iv 17 452, 454

KBo 17.15, OH/OS

rev. 13 277

rev. 20 288

KBo 17.21+ obv. 9 OH/OS 458

KBo 17.22 ii 4, OH/OS 391

KBo 17.23 obv. 4, OH/OS 355

KBo 17.36+, OH/OS

i 13 339n19

ii 16 563

ii 19 451

ii 20 106

iii 10 283

KBo 17.43, OH/OS

i 6 504

i 10 294

i 12 512n60

i 15 347

KBo 17.65 obv. 40, MS 485

KBo 17.74 iii 19, OH/MS 363

KBo 17.78, OH/MS

i 1 527

i 4 97

KBo 17.90 ii 15, NS 450n48

KBo 17.105, MH/MS

iv 24 397

iv 3, 4 535

KBo 18.15 6–8, NH/NS 402

KBo 18.54 rev. 14–15, MH/MS 464

KBo 18.66 obv. 15, MH/MS 388

KBo 19.43+, NH/NS

iii 28 312

iii 49 446

iii 50 422

iii 58 444

KBo 19.66+ 60 390

KBo 19.142 ii 23, iii 24, NS 97, 490n55

KBo 19.145 iii 19, MH/MS 409

KBo 20.8, OH/OS

i 15 300

iv 5 301

KBo 20.10+, OH/OS

i 5 98, 337, 567

i 7 282

KBo 20.11 ii 5, OH/OS 98, 337

KBo 20.14, OH/OS

i 9 456, 459

i 19 336

KBo 20.18+ rev. 7, OH/OS 282

KBo 20.39 left col. 16, OH/OS? 352n26, 353

KBo 20.116 rev. 8–10, MH/NS 534

KBo 21.22 rev. 17–18, OH/MS 546

KBo 21.33 iv 35, MH/MS 379

KBo 21.34 i 61, MH/NS 478

KBo 22.1 rev. 28 OH/OS 570

KBo 22.114 6, 9, 12 NS 113na

KBo 22.137 iii 5, MH/MS 415

KBo 22.2, OH/OS 84n22

obv. 3 538

obv. 7 296

obv. 10 331

obv. 13 397

obv. 17 84

rev. 15 91, 304

KBo 22.6+ i 25 OH?/NS 73

KBo 22.39 ii 8, NH/NS 306

KBo 24.4+ rev. 7–10, NS 190, 517

KBo 25.2, OH/OS

ii 6 334

ii 10 352n26

KBo 25.109 iii 23, MS 351

KBo 25.112, OH/OS 528n65

ii 14 101n28, 148, 179, 225, 526

ii 21 526n63

KBo 25.123 8, OH/OS 464

KBo 25.139 rev. 7, OH/OS 304

KBo 25.31, OH/OS

ii 14 423, 424

iii 4 424

KBo 25.61, OH/OS

ii 10 130, 217, 413

ii 11 413

KBo 25.98 4, OH/OS 413

KBo 26.109, NS 390n38

KBo 26.73 3, NS 389

KBo 31.83, OH/NS 412

KBo 31.134 rev. 4, MS 98, 374

KBo 32.14, OH/MS

ii 6–7 172, 315

ii 60 394, 395

KBo 32.224 rev. 5, MS 465, 466

KBo 34.37 ii 5, NS 491n56

KBo 34.116 iv 8, NS 498

KBo 39.8 i 41, OH/MS 97, 353

KBo 43.27 4–5, NS 419

KBo 47.239, NH/NS

iii 11 447

iv 13–14 489

KBo 50.44 6, 6, NS 182n27

KBo 50.280+ ii 18–19, MH/MS 398

KBo 51.130+ iii 6, NS 360

KBo 53.10 ii 8 MH/MS 109na, 316

KUB 1.1+, NH/NS

i 36 328

i 44 77, 381

ii 76 465

iii 5 474

iii 7 279

iii 22–24 394

iii 14–15 218, 342

KUB 1.8 iv 45–46, NH/NS 360

KUB 1.14 ii 8, NS 83, 335

KUB 1.16 ii 30, OH/NS 154

KUB 1.17 iv 17, OH/NS 554

KUB 2.6 iii 1, NS 281

KUB 3.87: 23, NS 368n3

KUB 4.3 obv. 10, NS 107

KUB 4.4 iv 29 385

KUB 4.47, OH/NS

i 3 419

i 5 420n41

i 6 386

KUB 4.72 b 3, MS 395

KUB 5.1, NH/NS

iii 8 385n36

iii 49 305

iv 72 562

iv 80 385n36

KUB 5.4 i 28, OH/NS 541

KUB 5.6, NH/NS 434

i 8–9 502

i 45 380

ii 12 433n45

ii 37 433

ii 51 369

ii 64 501

ii 67 435

ii 69 378

iii 5 435

iii 18 183, 385

iii 19 432

KUB 5.7, NH/NS

obv. 5 503

obv. 18 498

obv. 25 496

KUB 5.11, NH/NS

i 14 461

i 25 145, 463

KUB 5.22 35, NH/LNS 183, 385

KUB 6.9+ ii 13, NS 565

KUB 6.41+, NH/NS

iii 51 554

iii 61 555

KUB 6.44+ 10, NH/NS 310

KUB 6.45, NH/NS

iii 72 471

iv 33–34 414

iv 47–48 484

KUB 7.13 rev. 6, NS 471

KUB 7.41 i 26, MH/NS 533

KUB 7.54 iii 13–14, NS 514

KUB 8.1, OH/NS

ii 7–8 410

iii 21 236

KUB 8.19 obv. 16, NS 491

KUB 8.22 ii 8, MH?/NS 394, 399

KUB 8.25 i 8–9, NS 172, 232, 315

KUB 8.27 left ed. 1, NH/NS 303

KUB 8.35 obv. 3, NH/LNS 391

KUB 8.36 ii 12–13, NS 381

KUB 8.41 iii 2, OH/OS 310

KUB 8.51 iii 12, LNS 488

KUB 8.81, MH/MS

ii 13–14 154

ii 8–9 181

KUB 9.3 iv 8–9, OH/MS 152, 521

KUB 9.15 ii 16–20, NS 345

KUB 9.24 6, NS 363

KUB 9.31, MH/NS

i 2 470

ii 11 558

iii 40 97

iv 44 361

iv 45 361

KUB 9.32 obv. 22, NS 97, 551

KUB 9.34, MH/NS

iii 33–34 443

iii 35 486n54

KUB 10.11, LNS

ii 15ff. 368

v 1–3 483

KUB 10.98 i 7, LNS 339

KUB 11.22 i 6–8, NH/NS 484

KUB 12.26, NS

ii 1–3 150, 191, 373

ii 14–15 80

KUB 12.44 ii 27–28, NH/NS 391

KUB 12.58 iv 7, NH/NS 449

KUB 12.63, OH/MS

obv. 31–32 469

obv. 33 372

rev. 2–4 421

rev. 4 420n41

KUB 13.1+, MH/MS

i 2 343

i 45–46 425

ii 24–25 425

iv 37–39 173, 564

KUB 13.2, MH/NS

iii 18 518

iii 22–23 372

iii 32 372

iii 39 364

KUB 13.4, MH/NS

ii 40–41 545

iii 5–6 488

iii 79 348

iii 82 298

iv 11 550

iv 23–24 569

KUB 13.8 obv. 7, MH/NS 389

KUB 13.20 i 12, NS 565

KUB 13.27 obv. 46, NH/NS 148, 544

KUB 13.34 iv 3, NH/NS 293n5

KUB 13.35, NS

iv 45 397

iv 46 365

KUB 14.1 + KBo 19.38, MH/MS

obv. 2 300

obv. 12 357

obv. 25–26 429

obv. 65 509

rev. 34–35 295

rev. 63–64 330

rev. 90 460

rev. 92 411

KUB 14.3, NH/NS

ii 72 287

iv 51 506

KUB 14.4, NH/NS

ii 13 277

iii 25 183na, 402

iv 11 72, 389

KUB 14.10, NH/NS

i 14–15 542

i 7 140 530

iv 19 144, 190, 553

iv 20 135

KUB 14.12 rev. 9–10, NH/NS 489

KUB 14.13+, NH/NS

i. 50 433

i 28–29 145

iv 3–5 361

KUB 14.14+, NH/NS

obv. 38–39 537

rev. 14 549

rev. 15 446

KUB 14.15, NH/LNS 383

ii 6 324, 382

ii 13 380

KUB 14.16 iii 46–47, NH/NS 368

KUB 14.8, NH/NS

obv. 6–7 361

obv. 11–12 358

obv. 18–19 521, 523n62

obv. 30 359

rev. 12 307

rev. 16 549

rev. 28 548

rev. 33–34 548

KUB 15.1 ii 15, NH/NS 311

KUB 15.12 iii 5, NH/NS 313

KUB 15.29 i 2 NH/NS 571

KUB 15.31 ii 8 MH/NS 434

KUB 15.32 i 43, MH/NS 453

KUB 16.12 rev. 10, NS 97

KUB 16.15 iv 28–29, NH/LNS 368

KUB 16.31+ iii 23–24, NH/NS 475

KUB 16.77 ii 36, NS 552

KUB 16.98 ii 13, NH/NS 484

KUB 17.10, OH/MS

ii 33 71

ii 34 128, 349

ii 35 448na

iv 14 292

KUB 17.16 i 4, LNS 412

KUB 17.21, MH/MS

iv 2 149

iv 17 523

KUB 17.27, MH/NS

ii 8–9 75

ii 26 315n9

KUB 17.28, MH/NS

ii 58–60 297

iii 2–3 391

KUB 17.31 i 25, NS 444

KUB 17.54 i 9, OH/MS 494

KUB 18.5 i 38, NS 154

KUB 18.14 24 NH/NS 183

KUB 18.24 4, NS 347

KUB 18.36 12, NH/NS 173, 563

KUB 19.11+ iv 10, NH/NS 401

KUB 19.13+ iv 19, NH/NS 312

KUB 19.23, NH/NS

obv. 7 552

rev. 18 497

KUB 19.26 iv 4, NS 486

KUB 19.29 i 10, NH 85

KUB 19.37 iii 8–9, NH/NS 175, 517

KUB 19.41 ii 3, NS 475

KUB 19.49 i 47, NH/NS 325

KUB 20.46, NS

ii 11–12 370

iii 4–16 362

iv 16 378

KUB 20.68 i 7, LNS 420n41

KUB 20.76 i 15, NS 152, 522

KUB 20.80 iii 13, OH/NS 559

KUB 21.19 iv 28, NH/NS 444

KUB 21.27, NH/NS

i 11–12 465

iv 35–36 325

iv 39–40 546

KUB 21.29, NH/NS

iii 30–32 478

iii 44–48 556

iv 8–9 532

iv 13 570

iv 14 98

KUB 21.34 rev. 9-up. ed. 2, MH/MS 534n66

KUB 21.36, 10, NH/NS 148, 543

KUB 21.38, NH/NS

obv. 31 425, 427

obv. 37 563

KUB 22.35 ii 8, NH/NS 462

KUB 22.40 ii 23, NH/NS 432

KUB 22.57 obv. 17, NH/NS 549

KUB 22.70 obv. 18, NH/NS 364

KUB 23.1+ NH/NS

i 41–42 366

i 20 406

ii 7 302

iii 7 367

iii 9 534

KUB 23.11, MH/MS

ii 36 437

iii 7 298

KUB 23.12 ii 20, MH/MS 151, 541

KUB 23.103, NH/NS

obv. 24 444

rev. 7 367

rev. 24 97

rev. 27 367

KUB 23.112 i 1, NH/NS 365

KUB 23.59 iii 9, NS 313

KUB 23.72, MH/MS

rev. 14 521

rev. 15 232, 311

rev. 19–20 376

rev. 64 429

KUB 23.77 obv. 38 MH/MS 210, 469

KUB 24.1 i 16–17, NH/NS 496

KUB 24.3 + KUB 31.144, MH/NS 489, 524

KUB 24.4, MH/MS

i 15–16 139, 530

i 7 489

KUB 24.5+ rev. 15, NS 559

KUB 24.7 ii 3, NH/NS 179, 507

KUB 24.8+ i 15, OH/NS 318

KUB 24.9 iv 12, MH/NS 334

KUB 25.23, NH/NS

i 12 302

iv 52 468

KUB 25.32 ii 21, OH/NS 98, 452

KUB 25.48+ obv. ii 26, NS 534

KUB 26.1, NH/NS

iv 23–24 503

iv 51 158

KUB 26.12+, NH/NS

ii 6 91

ii 16 561

iii 18 452

KUB 26.19, MH/MS

ii 14 285

ii 33 357n27

KUB 26.79+ 7, NH/LNS 390

KUB 27.16 i 9–10, MH/NS 490n55

KUB 27.66 ii 16, NH 567

KUB 27.67, MH/NS 341

KUB 29.1, OH/NS

i 24 ff. 455

i 28–30 332

iii 30 395

KUB 29.11, NS

ii 6 501

ii 14 442

KUB 29.25+ iii 2, OH/OS 415

KUB 29.29, OH/OS

ii 4 351

ii 15 545

KUB 29.3 obv. 9, OH/OS 87

KUB 29.30+ iii 6, OH/OS 340

KUB 29.32+ iii 27 OH/OS 150n14, 561

KUB 29.36+ iv 10, OH/OS 347

KUB 29.4 ii 19–20, MH/NS 341

KUB 29.40, MH/MS

ii 7 146

ii 14 559

KUB 29.44+ ii 19, MH/MS 439

KUB 29.49 iv 48, MH/MS 277

KUB 29.7, OH/MS

rev. 35–36 493

rev. 44 541

KUB 30.10, OH/MS

obv. 11 183na, 393

obv. 12 523

obv. 15 488

obv. 16 83

KUB 30.11+ obv. 8, MS 166

KUB 30.12 i 18, MH/MS 524

KUB 30.24 ii 4, MH/NS 355

KUB 30.34 iv 3, 4, MH/NS 98

KUB 31.20 iii 9–10, NH/NS 410

KUB 31.49 iii 33, NS 319

KUB 31.51 rev. 6, NH/NS 519

KUB 31.56 6, NH/NS 397

KUB 31.66, NH/NS

ii 10–11 424

iv 17 477

KUB 31.68: 45, NS 97

KUB 31.71, NH/NS

ii 2 286

iii 6 136, 509

KUB 31.79 26, MH/MS 465, 466

KUB 31.84 ii 54, MH/NS 356

KUB 31.86, MH/NS

iii 2 398, 399

iv 3 518

KUB 31.101 obv. 12, MS 571

KUB 31.127 i 51, OH/NS 155, 450

KUB 31.135 obv. 13, MS 372

KUB 31.136 iii 5, NS 292

KUB 31.143 ii 36, OH/OS 282

KUB 32.135 i 3, OH/MS 127, 350

KUB 33.24 i 45, OH/NS 501

KUB 33.62 ii 4, OH/MS 550

KUB 33.66+KBo 40.333 iii 6, MS 296

KUB 33.84 iv 7, NS 550

KUB 33.87 + i 16, NS 150, 156, 451

KUB 33.93+ iv 31, NS 486

KUB 33.106, NS

ii 8 317, 318

iv 21–22 421

KUB 33.120, MH/NS

i 38 154, 191

ii 7 317n10

ii 56 401

iii 72 506

KUB 33.121 ii 15, pre-NH/NS 426

KUB 33.215+ iv 13, NS 540

KUB 34.7 r. col. 15, NS 317n10

KUB 34.14 rev. 10, NS 342n 22

KUB 34.24+ iv 5–6, NH/LNS? 387

KUB 34.45+, MH/MS

obv. 11 360n28

obv. 15 434

KUB 34.51, 5, NS 374

KUB 34.91 i 7, OH?/NS 505

KUB 36.25 iv 2, NS 383

KUB 36.32, 3, 6, MS 178nc

KUB 36.44, MS

iv 4 97

iv 8 399

iv 10 113nb

KUB 36.97 obv. 6, NS 151, 238, 539

KUB 36.100, OH/OS

ii 19 98, 338n18

ii 20 338n18

iii 4 401

KUB 36.104, OH/OS 84n2

i 11 179 476

KUB 36.106 rev. 5 OH/OS? 523n62

KUB 36.114 8, MH/MS 411

KUB 36.127, MH/MS

obv. 8 98, 409

rev. 13 417

KUB 37.190 obv. 6 98

KUB 39.31 3, NH/NS 419

KUB 40.1, NH/NS

rev. 29 407

rev. 8 404

KUB 41.21 iv 11, LNS 488

KUB 41.48 iv 19, NS 334

KUB 41.8 iv 30 ff., MH/NS 332

KUB 41.9 rev. 5, MS 352

KUB 43.23 obv. 3, MS 386

KUB 43.30 ii 10, OH/OS 527

KUB 43.50+ obv. 17, NH/NS 509

KUB 43.60, OH/NS

i 1 419

i 2 419

i 33–34 393

KUB 45.3 i 15–17, MS 509

KUB 45.47 + iv 8, MH/MS 452, 454

KUB 45.50 ii 15–16, NS 378

KUB 50.6, NH/NS

ii 55 457

iii 44 292

iii 46–47 463

KUB 50.30 rev. 2, NS 113nf

KUB 50.79 rev. 4, NS 563

KUB 53.14 iii 14, OH/NS 513

KUB 55.28 iii 12 MH/NS 176

KUB 55.43, NH/NS

i 12 484

i 14 565

KUB 57.60 obv. 4, NS 166

KUB 57.73 ii 8, NS 166

KUB 58.77, NS

obv. 27 341

obv. 28 341

KUB 59.2 ii 8, NS 473

KUB 59.30 iii 14, NS 375

KUB 59.34 iii 3 NH/NS 98

KUB 60.41+ ii 17, OH/OS 428

KUB 61.4+iii 50, NH/NS 388

VBoT 24 iii 11–12, MH/NS 514

VBoT 58, OH/NS

i 40 534

iv 4 178na

iv 5 178na

VBoT 120, MH/NS

ii 17–18 72

iii 2–3 494

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The Hittite Middle Voice

Synchrony, Diachrony, Typology

Reihe: Brill's Studies in Indo-European Languages & Linguistics, Band: 20

ISBN:: 9789004432307

Verleger:: Brill

Print-Publikationsdatum:: 01 Jul 2020

Fachgebiete
- Alter Orient und Ägypten
  - Linguistik
- Sprache und Linguistik

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The Hittite Middle Voice

Synchrony, Diachrony, Typology

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